WSM6Ind Namespace Reference

Enumerations
enum	{   t = 0 , q , qc , qi ,   qr , qs , qg , den ,   p , delz , fallc , falkc ,   work1c , work2c , workr , worka ,   den_tmp , delz_tmp , pigen , pidep ,   pcond , prevp , psevp , pgevp ,   psdep , pgdep , praut , psaut ,   pgaut , piacr , pracw , praci ,   pracs , psacw , psaci , psacr ,   pgacw , pgaci , pgacr , pgacs ,   paacw , psmlt , pgmlt , pseml ,   pgeml , qsum , xl , cpm ,   work2 , denfac , xni , denqrs1 ,   denqrs2 , denqrs3 , denqci , n0sfac ,   rhw , rhi , qsatw , qsati ,   rslope_r , rslope_s , rslope_g , rslope2_r ,   rslope2_s , rslope2_g , rslope3_r , rslope3_s ,   rslope3_g , rslopeb_r , rslopeb_s , rslopeb_g ,   qrs_tmp_r , qrs_tmp_s , qrs_tmp_g , falk_r ,   falk_s , falk_g , fall_r , fall_s ,   fall_g , work1_r , work1_s , work1_g ,   workdiffw , workdiffi , NumInds }

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
t
q
qc
qi
qr
qs
qg
den
p
delz
fallc
falkc
work1c
work2c
workr
worka
den_tmp
delz_tmp
pigen
pidep
pcond
prevp
psevp
pgevp
psdep
pgdep
praut
psaut
pgaut
piacr
pracw
praci
pracs
psacw
psaci
psacr
pgacw
pgaci
pgacr
pgacs
paacw
psmlt
pgmlt
pseml
pgeml
qsum
xl
cpm
work2
denfac
xni
denqrs1
denqrs2
denqrs3
denqci
n0sfac
rhw
rhi
qsatw
qsati
rslope_r
rslope_s
rslope_g
rslope2_r
rslope2_s
rslope2_g
rslope3_r
rslope3_s
rslope3_g
rslopeb_r
rslopeb_s
rslopeb_g
qrs_tmp_r
qrs_tmp_s
qrs_tmp_g
falk_r
falk_s
falk_g
fall_r
fall_s
fall_g
work1_r
work1_s
work1_g
workdiffw
workdiffi
NumInds

         {
        // --- inout state (mirrors mp_wsm6_run arguments) ---
        t = 0,
        q,
        qc,
        qi,
        qr,
        qs,
        qg,
        den,
        p,
        delz,
 
        // --- sedimentation working arrays ---
        fallc,
        falkc,
        work1c,
        work2c,
        workr,
        worka,
        den_tmp,
        delz_tmp,
 
        // --- microphysics process rates ---
        pigen,
        pidep,
        pcond,
        prevp,
        psevp,
        pgevp,
        psdep,
        pgdep,
        praut,
        psaut,
        pgaut,
        piacr,
        pracw,
        praci,
        pracs,
        psacw,
        psaci,
        psacr,
        pgacw,
        pgaci,
        pgacr,
        pgacs,
        paacw,
        psmlt,
        pgmlt,
        pseml,
        pgeml,
 
        // --- derived thermodynamic fields ---
        qsum,
        xl,
        cpm,
        work2,
        denfac,
        xni,
        denqrs1,
        denqrs2,
        denqrs3,
        denqci,
        n0sfac,
 
        // --- multi-component arrays expanded from Fortran dimension(:,:,N) ---
        // rh/qsat: N=2, w=over liquid(1), i=over ice(2) — matches Morrison qsatw/qsati
        // slope/fall/qrs/falk/work1: N=3, _r=rain(1) _s=snow(2) _g=graupel(3)
        // workdiff: w=liquid diffusion work1(1), i=ice diffusion work1(2) — separate from work1_r/s/g
        rhw,  rhi,       // relative humidity: w=over liquid, i=over ice (Fortran rh(:,:,1/2))
        qsatw, qsati,    // saturation mixing ratio: w=over liquid, i=over ice (Fortran qsat(:,:,1/2))
        rslope_r,  rslope_s,  rslope_g,
        rslope2_r, rslope2_s, rslope2_g,
        rslope3_r, rslope3_s, rslope3_g,
        rslopeb_r, rslopeb_s, rslopeb_g,
        qrs_tmp_r, qrs_tmp_s, qrs_tmp_g,
        falk_r,  falk_s,  falk_g,
        fall_r,  fall_s,  fall_g,
        work1_r, work1_s, work1_g,  // fall speeds post slope_wsm6: 1=rain 2=snow 3=graupel
        workdiffw, workdiffi,        // diffusion denominators post slope_wsm6 call 2: w=liq i=ice
 
        NumInds
    };